Development Of The ADTI-WP1 (Humidity Cell) And ADTI-WP2 (Leaching Column) Standard Weathering Procedures For Coalmine Drainage Prediction

Society for Mining, Metallurgy & Exploration
R. J. Hornberger K. B. C. Brady J. E. Cuddeback W. A. Telliard S. C. Parsons B. E. Scheetz T. W. Bergstresser
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
14
File Size:
2050 KB
Publication Date:
Jan 1, 2003

Abstract

Two weathering procedures are being developed by the Acid Drainage Technology Initiative in cooperation with federal agencies(OSM and EPA). Objects are to: (1) standardize existing humidity cell and leaching column procedures; (2) improve test methods by maintaining a carbon dioxide enriched environment needed to optimize carbonate mineral dissolution, and quantifying particle size variables to evaluate reaction kinetics, and (3) provide flexibility in test method implementation consistent with EPA guidelines for Performance-Based Measurement Systems. Preliminary results indicate the CO2enriched leaching environments produce alkalinities that are similar to field observations and greater than the tests run under atmospheric PCO2. Leaching columns produce higher alkalinity than humidity cells.
Citation

APA: R. J. Hornberger K. B. C. Brady J. E. Cuddeback W. A. Telliard S. C. Parsons B. E. Scheetz T. W. Bergstresser  (2003)  Development Of The ADTI-WP1 (Humidity Cell) And ADTI-WP2 (Leaching Column) Standard Weathering Procedures For Coalmine Drainage Prediction

MLA: R. J. Hornberger K. B. C. Brady J. E. Cuddeback W. A. Telliard S. C. Parsons B. E. Scheetz T. W. Bergstresser Development Of The ADTI-WP1 (Humidity Cell) And ADTI-WP2 (Leaching Column) Standard Weathering Procedures For Coalmine Drainage Prediction. Society for Mining, Metallurgy & Exploration, 2003.

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